Tic-Tac-Toe Game Functions in C
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#include <stdio.h>
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#include <stdio.h>
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Semester & Branch: 3rd sem CSE/IT Teachers Assessment : 10 Marks
Theory: 4 Periods per Week Class Test : 20 Marks
Total Periods: 60 Periods per Semester End Semester Exam : 70 Marks
Examination: 3 Hours TOTAL MARKS : 100 Marks
The effectiveness of implementation of any application in computer mainly depends on the that how effectively its information can be stored in the computer. For this purpose various -structures are used. This paper will expose the students to various fundamentals structures arrays, stacks, queues, trees etc. It will also expose the students to some fundamental, I/0 manipulation techniques like sorting, searching etc
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A process is essentially a program in execution.
Lightweight Processes (LWPs) in Linux are processes that offer better support for multithreaded applications.
A multithreaded application is designed to perform multiple tasks concurrently within a single process. In Linux, a straightforward way to implement multithreaded applications is to associate a lightweight process with each thread.
This approach allows threads to access the same set of application data structures by simply sharing the same memory address space, the same set of open files, and so on. Simultaneously, each thread can be scheduled independently by the kernel, meaning one thread may sleep while... Continue reading "Linux Process Management: Deep Dive into Kernel Internals" »
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This document outlines the core logic for a C# controller designed to manage software projects and their associated developers. It demonstrates fundamental operations such as adding, finding, and listing projects and developers, ensuring data integrity by preventing duplicates.
The GestorController class serves as the central hub for managing project and developer data. It resides within the GestionProyectos.Controllers namespace and utilizes models from GestionProyectos.Models.
using GestionProyectos.Models; //Controllers-GestionP
namespace GestionProyectos.Controllers
{
public class GestorController
{
public static List Projects { get; set; };... Continue reading "C# Project & Developer Management Controller" »Classified in Computers
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Each IPv6 packet consists of a mandatory base header followed by the payload. The payload is made up of two parts: optional extension headers and the upper-layer data. The base header is 40 bytes long, whereas the extension headers and the data from the upper layer can contain up to 65,535 bytes of information.
The base header has 8 fields:
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Takes the most basic aspect of a program and breaks it down into subprograms.
An expression that determines the order in which a program executes.
In Python, this is an if statement.
It can also be a looping statement.
A "True or False" program statement.
Example:
Example Code:
for i in range(3):
print(numbers[i])
When data is being read into an array, a counter is updated for each operation (e.g., for i in range(5)).
A sequential search examines each item in turn and compares it to the target item. If it matches, the item is found.... Continue reading "Top-Down Design and Control Structures in Python" »
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Computing is the automatic processing of information with computers.
Input: Data entered into the computer.
CPU: Processes the information.
Output: The processed information is displayed.
Computers use the binary system (0 and 1).
Bit (b): Smallest unit of information (0 or 1).
Byte (B): Group of 8 bits. Example: 1010 0001
Characters are usually expressed with 1 B (8 bits).
ASCII (American Standard Code for Information Interchange): Represents characters using binary code.
ISO-8859-1: An extension of ASCII, uses 1 byte for characters. Example: A = 0100 0001 (65), = 0111 1110 (126)
The physical components of a computer.
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Testing can only show the presence of errors, not their absence. The goal of testing is confidence.
While inspection will go through the code without running the program, testing will run the program and look at the results. Incomplete programs can only be inspected, not tested. Inspections can control aspects of good software (maintainability…), not just the results.
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Forward engineering is the traditional process of moving from high-level abstractions and logical designs to the physical implementation of a system.
Reverse engineering (RE) is the process of duplicating an existing part, sub-assembly, or product without original drawings, documentation, or a computer model.
It is also defined as the process of obtaining a geometric Computer-Aided Design (CAD) model from 3-D points acquired by scanning or digitizing existing parts.
The process is often referred to as the Physical-to-Digital process.
Reverse engineering serves several critical functions, including: